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What are the bonding electron pairs, lone pairs, and total electron domains for a linear geometry?
Bonding e⁻ pairs: 2, Lone pairs: 0, Total e⁻ domains: 2.
What is the bond angle for a linear geometry?
Bond angle: 180°.
What is the hybridization of a linear geometry?
Hybridization: sp.
What are the bonding electron pairs, lone pairs, and total electron domains for a trigonal planar geometry?
Bonding e⁻ pairs: 3, Lone pairs: 0, Total e⁻ domains: 3.
What is the bond angle for a trigonal planar geometry?
Bond angle: 120°.
What is the hybridization of a trigonal planar geometry?
Hybridization: sp².
What are the bonding electron pairs, lone pairs, and total electron domains for a bent geometry (trigonal planar electron geometry)?
Bonding e⁻ pairs: 2, Lone pairs: 1, Total e⁻ domains: 3.
What is the bond angle for a bent geometry (trigonal planar electron geometry)?
Bond angle: Slightly less than 120°.
What is the hybridization of a bent geometry (trigonal planar electron geometry)?
Hybridization: sp².
What are the bonding electron pairs, lone pairs, and total electron domains for a tetrahedral geometry?
Bonding e⁻ pairs: 4, Lone pairs: 0, Total e⁻ domains: 4.
What is the bond angle for a tetrahedral geometry?
Bond angle: 109.5°.
What is the hybridization of a tetrahedral geometry?
Hybridization: sp³.
What are the bonding electron pairs, lone pairs, and total electron domains for a trigonal pyramidal geometry?
Bonding e⁻ pairs: 3, Lone pairs: 1, Total e⁻ domains: 4.
What is the bond angle for a trigonal pyramidal geometry?
Bond angle: Slightly less than 109.5°.
What is the hybridization of a trigonal pyramidal geometry?
Hybridization: sp³.
What are the bonding electron pairs, lone pairs, and total electron domains for a bent geometry (tetrahedral electron geometry)?
Bonding e⁻ pairs: 2, Lone pairs: 2, Total e⁻ domains: 4.
What is the bond angle for a bent geometry (tetrahedral electron geometry)?
Bond angle: Approx. 104.5°.
What is the hybridization of a bent geometry (tetrahedral electron geometry)?
Hybridization: sp³.
What are the bonding electron pairs, lone pairs, and total electron domains for a trigonal bipyramidal geometry?
Bonding e⁻ pairs: 5, Lone pairs: 0, Total e⁻ domains: 5.
What are the bond angles for a trigonal bipyramidal geometry?
Bond angles: 90°, 120°.
What is the hybridization of a trigonal bipyramidal geometry?
Hybridization: sp³d.
What are the bonding electron pairs, lone pairs, and total electron domains for a seesaw geometry?
Bonding e⁻ pairs: 4, Lone pairs: 1, Total e⁻ domains: 5.
What are the bond angles for a seesaw geometry?
Bond angles: Slightly less than 90° and 120°.
What is the hybridization of a seesaw geometry?
Hybridization: sp³d.
What are the bonding electron pairs, lone pairs, and total electron domains for a T-shaped geometry?
Bonding e⁻ pairs: 3, Lone pairs: 2, Total e⁻ domains: 5.
What are the bond angles for a T-shaped geometry?
Bond angles: Approx. 90°.
What is the hybridization of a T-shaped geometry?
Hybridization: sp³d.
What are the bonding electron pairs, lone pairs, and total electron domains for a linear geometry (trigonal bipyramidal electron geometry)?
Bonding e⁻ pairs: 2, Lone pairs: 3, Total e⁻ domains: 5.
What is the bond angle for a linear geometry (trigonal bipyramidal electron geometry)?
Bond angle: 180°.
What is the hybridization of a linear geometry (trigonal bipyramidal electron geometry)?
Hybridization: sp³d.
What are the bonding electron pairs, lone pairs, and total electron domains for an octahedral geometry?
Bonding e⁻ pairs: 6, Lone pairs: 0, Total e⁻ domains: 6.
What is the bond angle for an octahedral geometry?
Bond angle: 90°.
What is the hybridization of an octahedral geometry?
Hybridization: sp³d².
What are the bonding electron pairs, lone pairs, and total electron domains for a square pyramidal geometry?
Bonding e⁻ pairs: 5, Lone pairs: 1, Total e⁻ domains: 6.
What is the bond angle for a square pyramidal geometry?
Bond angle: Slightly less than 90°.
What is the hybridization of a square pyramidal geometry?
Hybridization: sp³d².
What are the bonding electron pairs, lone pairs, and total electron domains for a square planar geometry?
Bonding e⁻ pairs: 4
Lone pairs: 2
Total e⁻ domains: 6
What is the bond angle for a square planar geometry?
Bond angle: 90°
What is the hybridization of a square planar geometry?
Hybridization: sp³d²
